Desktop Fiber Laser Welding Machine QCW pulsed laser welder
Product Description
● More precise welding: the focused spot diameter is small, suitable for precision welding
● Mode switchable: Pulse and continuous modes can be switched for use
● Low usage cost: high electro-optical conversion efficiency, no consumables, maintenance free
● Small footprint: compact air-cooled design, easy to layout production lines
Compared to traditional welding machines, the QCW pulsed fiber laser welding machine's unique high energy and stability determine its high-quality energy output. Two welding methods, pulse and high-frequency modulation, support finer welding processes. This series of fiber cores has a wide range of choices and can be matched with suitable configurations according to different materials and welding requirements. It can meet the processing requirements of high-speed welding, greatly improving processing speed and production efficiency.
Product Specifications
1、This device adopts laser real-time power feedback control and arbitrary waveform control for power output
Capable of handling various workpieces and achieving high-quality and stable machining results.
2、Through 16 processing specifications and waveform control functions, it can correspond to various workpieces.
3、Standardize the high-speed switching. It can switch specifications instantly and perform high-speed high-quality welding.
4、By using a homogenization optical system, it is possible to process solder joints with small diameters.
Laser output, choose multi-channel P4 series, can achieve up to 4 branches (optional).
Under the simultaneous divergence method, each divergence can obtain a uniform output power. Easy to operate and maintain.
5、The wiring and operation tasks are easier and more convenient than before.
By inputting specifications on the LCD screen, simple and correct operations can be performed.
Equipped with abundant input and output terminals (signals), it is easy to connect with various automation equipment.
6、Through the energy online monitoring function, laser oscillation output energy (J) and average energy (W) can be achieved
7、Waiting for monitoring of two types of energy. In order to achieve more comprehensive quality management, it also has the function of determining the upper and lower limits of laser oscillation output energy.
8、Using high-precision QBH fiber optic cables, up to 10M fiber optic cables can be selected to meet diverse needs.
9、Through external communication function (optional), it is possible to centralize data such as specifications and monitoring values of the laser device administration. Small size, conducive to improving the factory environment.
10、A 10.1-inch high-definition screen can be selected as the dual function of welding process monitoring and laser system.
11、This product is an air-cooled series that does not require external cooling water. The intelligent air-cooled pipe system is energy-saving and efficient.
| Model | SIBRAYZE-P1-60W-A |
| Laser wavelength | 1080nm |
| Output optical power | 60W |
| Maximum pulse energy | 6J |
| Maximum peak power | 600W |
| Pulse width | 0.05-50ms |
| Operating mode | Pulse / high frequency modulation |
| Energy fluctuation | <1.5% |
| Fiber core | 100um |
| Number of optical fiber outputs | 1roadQBH |
| Spectroscopic mode | Precise energy or time spectroscopy |
| Aiming and positioning mode | Laser diode red light indication (optional for CCD monitoring) |
| Cooling mode | Air cooling |
| Device power consumption | 250W |
| Power requirements | AC220V, 50/60Hz |
| Size (L * W * H) | 483*680*920(Including handle) |
| Weight | 90kg |